Full Breakdown
SpaceX to Stop Accepting Falcon 9 Launch Reservations After 2028
By Drooid · · How we work
Core Decision and Timeline
SpaceX has announced that it will no longer accept new launch reservations for its Falcon 9 rocket for missions scheduled beyond 2028. The company’s plan is to transition all engineering and production capacity to its next-generation Starship system once that vehicle demonstrates reliable, high-frequency flight operations. The shift is presented as a strategic move to enable launch rates of several flights per day with Starship, after which Falcon 9 would be gradually wound down.
Background: Falcon 9’s Dominance
Since its first flight, Falcon 9 has become the workhorse of the global launch market. By 2025 the vehicle accounted for roughly half of all orbital launches worldwide, completing 165 successful missions and experiencing only a single booster recovery failure. Its reusable design and rapid turnaround have driven down launch costs and supported a growing commercial and governmental orbital economy.
Performance Data
Official Statement from SpaceX Leadership
SpaceX CEO Elon Musk explained that once Starship can fly reliably “several times per week,” reallocating the company’s scarce engineering and production resources to the new system is logical. He indicated that the decision to stop taking post-2028 Falcon 9 reservations reflects confidence that Starship will have demonstrated the necessary performance by that time.
Potential Impact on Satellite Operators
The cessation of Falcon 9 reservations may create uncertainty for satellite companies planning launches after 2028. With Falcon 9 slated for phase-out, customers will need to secure slots on Starship or seek alternative providers. The transition could affect launch pricing, scheduling flexibility, and the broader orbital supply chain, especially if Starship’s operational cadence does not meet projected timelines. Industry observers note that the move underscores SpaceX’s commitment to a single, high-capacity launch platform, but also highlights the risk that the new system must fulfill ambitious reliability and frequency targets to avoid a service gap.